Syllabus and Subjects Bachelor of Science [B.Sc] (Chemistry):

Below BSc Chemistry Syllabus is mentioned for all BSc Chemistry Subjects accordingly.


B.Sc Chemistry Syllabus & Subjects

Name of Paper


Inorganic Chemistry

Atomic Structure Periodicity of Elements Chemical Bonding Oxidation-Reduction General Principles of Metallurgy Acids and Bases Chemistry s-block and

p-block Elements Noble Gases Inorganic Polymers Coordination Chemistry Transition Elements Lanthanoids and Actinoids Bioinorganic Chemistry Theoretical Principles in Qualitative Analysis Organometallic Compounds Reaction Kinetics and Mechanism Catalysis by Organometallic Compounds

Physical Chemistry

Gaseous State Liquid State Solid State Ionic Equilibria Phase Equilibria Chemical Kinetics Catalysis Surface ChemistryChemical Thermodynamics Systems of Variable Composition Chemical Equilibrium Solutions and Colligative Properties Conductance Electrochemistry Electrical and Magnetic Properties of Atoms and Molecules Quantum Chemistry Molecular Spectroscopy Photochemistry

Organic Chemistry

Basics of Organic Chemistry Stereochemistry Chemistry of Aliphatic Hydrocarbons Aromatic Hydrocarbons Chemistry of Halogenated Hydrocarbons Alcohols, Ethers, Phenols and Epoxides Carbonyl Compounds Carboxylic Acids and their Derivatives Sulphur containing Compounds Nitrogen-Containing Functional Groups Polynuclear Hydrocarbons Heterocyclic Compounds Alkaloids Terpenes Nucleic Acids Amino Acids, Peptides and Proteins Enzymes Lipids Concept of Energy in Biosystems Pharmaceutical Compounds : Structure and Importance Organic Spectroscopy Carbohydrates Dyes Polymers

Application of Computer in Chemistry

Basics Roots of Equation Differential Calculus Integral Calculus Simultaneous Equations Interpolation, Extrapolation and Curve Fitting Conceptual Background of Molecular modeling 

Analytical methods in Chemistry

Qualitative and Quantitative Aspects of Analysis Optical Methods of Analysis Thermal Methods of Analysis Electroanalytical Methods Separation Techniques

Molecular Modelling and Drug Design

Introduction to Molecular Modelling Force Fields Energy Minimization and Computer Simulation Molecular Dynamics and Monte Carlo Simulation Structure Prediction and Drug Design

Novel Inorganic Solids

Synthesis and Modification of Inorganic Solids Inorganic Solids of Technological Importance Nanomaterials Introduction to engineering materials for mechanical construction Composite Materials Specialty Polymers

Polymer Chemistry

Introduction and History of Polymeric Industry Functionality and its Importance Kinetics of polymerization Crystallization and crystallinity Nature and Structure of Polymers Determination of the Molecular weight of Polymers Glass Transition Temperature and determination of T(g) Polymer Solution Properties of Polymers

Research Methodology for Chemistry

Literature Survey Information Technology and Library Resources Methods of Scientific Research and Writing Scientific Papers Chemical Safety and Ethical handling of Chemicals Data Analysis Electronics

Green Chemistry

Introduction to Green Chemistry Principles of Green Chemistry and Designing a Chemical Synthesis Examples of Green Synthesis and some real-world cases Future Trends in Green Chemistry

Industrial Chemicals and Environment

Industrial Gases and Inorganic Chemicals Industrial Metallurgy Environment anditsSegments Energy & Environment Biocatalysis

Inorganic Materials of Industrial Importance

Silicate Industries Fertilizers Surface Coating Batteries Alloys Catalysis Chemical Explosives

Instrumental Methods of Chemical Analysis

Introduction to Spectroscopic methods of Analysis Molecular Spectroscopy Separation Techniques Elemental Analysis NMR Spectroscopy Electroanalytical Method Radiochemical Method X-Ray Analysis and electron spectroscopy

IT Skills for Chemists

Mathematics Computer Programming Introductory Writing Activities Handling Numeric Data Numeric Modelling Statistical Analysis

Basic Analytical Chemistry

Introduction Analysis of Soil Analysis of Water Analysis of Food Products Chromatography Ion-exchange Analysis of Cosmetics

Chemical Technology and Society

Chemical Technology Society


Introduction to Chemoinformatics Representation of molecules and chemical reaction Searching Chemical Structures Applications

Business Skill for Chemists

Business Basics Chemistry in Industry Making Money Intellectual Property

Analytical Chemical Biochemistry

Basic understanding of the structures, properties

and functions of carbohydrates, lipids and proteins Biochemistry of disease: A diagnostic approach by blood/ urine analysis

Pharmaceutical Chemistry

Drugs & PharmaceuticalsFermentation

Other Degree Courses in Chemistry:

  • B.Sc Applied Chemistry:

    • It is an undergraduate programme in chemistry.

    • It deals with the application of the theories and principle of chemistry for practical purposes.

  • B.Sc Polymer Chemistry:

    • An undergraduate chemistry course which deals with the science and study of polymer both natural and synthetic.

    • Polymer Chemist studies the nature, structure, and applications of polymers.

  • B.Sc Medicinal Chemistry:

    • Medical Chemistry deals with discovering, designing and synthesizing new drugs for clinical use.

    • The undergraduate programme in Medical Chemistry provides a connection between chemical structure and clinical effectiveness.

  • B.Sc Environmental Chemistry:

    • An Undergraduate programme concerned with an understanding of the behaviour of chemicals in an ecosystem.

    • It's an interdisciplinary field which draws a lot of insight and knowledge from across multiple subjects areas such as:

      • Organic chemistry

      • Soil science

      • Biochemistry

      • Toxicology

      • Ecology.

  • B.Sc Analytical Chemistry:

    • An undergraduate programme which studies the science of measurement and identification of chemical compounds.

    • The Analytical Chemistry exercises an interdisciplinary method of both theoretical, practical and microbiological analysis for more detailed and accurate data.

  • B.Sc Chemistry and Mathematics:

    • The physical and theoretical aspects of chemistry require a good understanding of advanced mathematics.

    • B.Sc Chemistry and Mathematics provides a unique understanding of the origins of chemical behavior. 

  • B.Sc Chemistry and Management:

    • An undergraduate programme provides a thorough understanding of the chemistry subject along with equipping the candidate with managerial skills for those considering their career in management. 

  • B.Sc Natural Sciences:

    • B.Sc Natural Sciences is a unique degree which draws parts of Mathematics, Physics, Chemistry, Earth Science, Life Science and Astrophysics to have a unique understanding of the subject.

  • B.Sc Industrial Chemistry:

    • Industrial Chemistry deals with the process of development, optimization, and monitoring of chemical processes which are used in industry to convert raw materials into useful commercial products.

  • B.Sc Pharmaceutical chemistry:

    • An undergraduate programme which is interdisciplinary in nature draws knowledge from biology, medical and physical science which studies the scientific aspect of drug therapy.

    • Candidates will have a firm understanding of physical, organic and analytical chemistry. 

Higher Studies options after Bachelor of Science [B.Sc] (Chemistry):

Higher education offers an option to a candidate to enhance the already acquired qualification and skills. Higher education would also lead to specialization in particular subject which would help candidates to grab the better job and good salary package. Some higher studies options are as follows.

  • M.Sc Chemistry

  • M.Sc Pharmaceutical Chemistry

  • M.Sc Applied Chemistry

  • M.Sc Bio-Chemistry

  • M.Sc Industrial Chemistry

  • M.Sc Analytical Chemistry

  • M.Sc Drug Chemistry

  • M.Sc Physical and Material Chemistry

  • M.Sc Organic Pharmaceutical Chemistry

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